برنامج تحفيز تقنية البناء | Ministry of Housing

Ministry of Housing

Sakani
ع
920002431

التاريخ الهجري

Wednesday 11 Rabia ath-Thani 1440 on December 19, 2018

About BTI

  • Identify the extent of their potential to implement a building with high carrying capacity.
  • This new technology and needs a lot of improvements.
  • Ensure that this technology contributes to improving people's quality of life.
  • Access to knowledge of effective benefits that this technology will provide in terms of: speed, savings, ease and safety in manufacturing.

Implementation Phases

Implementation phases:

  • Pre
  • press:
  • Fill the area and compress layer by another layer, then drill for underground facilities such as plumbing pipes, water inputs, electrical and ground channels.
  • Pour the foundation after laying the rebars, which is the usual method of construction.
  • Place the power lines that will be inside the walls.
  • Setting a tent at the construction site for control during weather change.
  • Mark the coordinates of each wall part and consider the reference points that will determine the location of the piece

Stage one barriers(pre-print)

  • The cement mixer must be automatic to adjust the components according to climatic conditions. Which is so important because the material is very sensitive to the micro
  • climate variations. This causes many visual defects in the visible walls, resulting in a poor surface.
  • Cement must be produced domestically: the cost of purchasing and shipping materials from the Netherlands estimated to be large, so the need for cement production is locally produced, and ccc is testing cement components to verify that.
  • The tent will be excluded: a tent is placed for control during climate change, and in the following printing processes the mix must be adjusted to withstand climate change, and there will be no need to hide the project where it will be announced

Walls Printing :

  • Locate the robot next to the intended part of the wall and check the reachability to the mechanical arm of the four corners.
  • Determination of robotic arm level.
  • Manually move the arm to the reference points of the distinctive piece, so that they are saved in the program as a reference for printing.
  • Enter the wall part model in the program.
  • A dry test is performed to make sure there is no problem, and to display the printed part to detect any alignment dislocation.

Stage two barriers(Walls printing)

  • The length of the automatic arm has specific measures, making it difficult to construct a wall larger than this length.
  • Walls to be checked as a loader.
  • The robot must have a self
  • adjusting mechanism to save time and get a more accurate position.
  • The reference points determined by the mechanical arm must be manually operated by the arm and moved to match the surveyor's marks, automatic and selected using a similar laser.
  • The need for a larger robot or a different kind of tools.
  • Local team to run the printer.

Video Library

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